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What are the requirements of an electronic engineer

Posted by on August 17, 2021


The job content of an electronic 電腦及電子工程高級文憑 engineer is professional. To become an electronic engineer, you need the following majors:

1. Electronic Information Science and Technology

Electronic information science and technology professional training Have basic theories and knowledge of electronic information science and technology, receive rigorous scientific experiment training and preliminary scientific research training, and be able to work in electronic information science and technology, computer science and technology and related fields and administrative departments Senior electronic information science and technology professionals engaged in scientific research, teaching, technology development, product design and production technology management.

Main courses: circuit analysis theory, electromagnetic theory, antenna principle, electronic circuit, digital circuit, algorithm and data structure, computer foundation, single chip microcomputer, signal and system analysis, arm embedded system, analog circuit, high frequency circuit, communication principle, etc.

2. Electronic Information Engineering

Electronic information engineering is a discipline that uses modern technologies such as computers to control and process electronic information. It mainly studies the acquisition and processing of information, as well as the design, development, application and integration of electronic equipment and information systems.

Main courses: Advanced Mathematics, Linear Algebra, Probability and Statistics, College Physics, Signals and Systems, College English, Professional English, Circuit Analysis, Fundamentals of Electronic Technology, C Language, High Frequency Electronic Technology, Electronic Measurement Technology, Communication Technology, Automation Detection technology, network and office package software comparison, multimedia technology, single-chip technology, electronic system design technology, electronic design automation technology, digital signal processing technology, etc.

3. Microelectronics Science and Engineering

The microelectronics science and engineering major has a comprehensive development of morality, intelligence and physical, with a solid mathematical foundation and basic theories of electronic technology, mastering the basic theories and methods of new-type microelectronic devices and integrated circuit analysis, design, and manufacturing; this major has good experimental skills and can Senior professionals engaged in scientific research, teaching, technology development, engineering technology, production management and administrative management in microelectronics and related fields.

Main courses: Advanced Mathematics, University Physics and Experiments, Circuit Analysis Fundamentals and Experiments, Analog Circuits and Experiments, Mathematical Physics Methods, C + + Language, Digital Circuits and Experiments, Signals and Systems and Experiments, Semiconductor Physics and Experiments, Solid State Electronics , Microelectronic devices, microelectronic integrated circuits, integrated circuit design and manufacturing, electronic design automation, integrated circuit cad, microelectronic technology experiment and integrated circuit technology practice.

4. Communication Engineering

This major learns the basic theories, principles and design methods of communication systems and networks, accepts basic training in communication engineering practice, and has the basic ability to design, develop, test and engineer modern communication systems and networks.

Main courses: Advanced Mathematics, Linear Algebra, Probability and Mathematical Statistics, College Physics, Fundamentals of Circuit Analysis, Analog Electronic Circuits, Digital Electronic Technology, Communication Electronic Circuits, Electromagnetic Fields and Electromagnetic Waves, Signals and Systems, Digital Signal Processing, Communication Principles, Information Theory and coding, mobile communication, optical fiber communication, microwave technology and antennas, broadcast and television transmission technology, broadcast and television network technology, digital broadcast and television technology, etc.

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